Temporal-spatial Generation of Astrocytes in the Developing Diencephalon
Wentong Hong1
· Pifang Gong1
· Xinjie Pan1
· Zhonggan Ren1
· Yitong Liu1
·
Guibo Qi1
· Jun‑Liszt Li2,3 · Wenzhi Sun3,4 · Woo‑Ping Ge3
· Chun‑Li Zhang5
·
Shumin Duan6
· Song Qin1,7
2024,40(1):1–16 [
Abstract] [
SpringerLink]
[PDF]
TREM-2 Drives Development of Multiple Sclerosis by Promoting Pathogenic Th17 Polarization
Siying Qu1
· Shengfeng Hu2
· Huiting Xu1
· Yongjian Wu1
· Siqi Ming1
·
Xiaoxia Zhan3
· Cheng Wang4
· Xi Huang1
2024,40(1):17–34 [
Abstract] [
SpringerLink]
[PDF]
Impairment of Autophagic Flux After Hypobaric Hypoxia Potentiates Oxidative Stress and Cognitive Function Disturbances in Mice
Shuhui Dai1,2 · Yuan Feng1
· Chuanhao Lu1
· Hongchen Zhang1
· Wenke Ma1,3 ·
Wenyu Xie1
· Xiuquan Wu1
· Peng Luo1
· Lei Zhang1
· Fei Fei4
· Zhou Fei1
· Xia Li1
2024,40(1):35–49 [
Abstract] [
SpringerLink]
[PDF]
Reshaping the Cortical Connectivity Gradient by Long-Term Cognitive Training During Development
Tianyong Xu1
· Yunying Wu2
· Yi Zhang1,3 ·
Xi‑Nian Zuo4,5 · Feiyan Chen1,6 · Changsong Zhou1,6,7
2024,40(1):50–64 [
Abstract] [
SpringerLink]
[PDF]
Single-Cell Mapping of Brain Myeloid Cell Subsets Reveals Key Transcriptomic Changes Favoring Neuroplasticity after Ischemic Stroke
Fangxi Liu1 · Xi Cheng2
· Chuansheng Zhao1,3 · Xiaoqian Zhang1
· Chang Liu3
·
Shanshan Zhong1
· Zhouyang Liu1
· Xinyu Lin1
· Wei Qiu2 · Xiuchun Zhang1
2024,40(1):65–78 [
Abstract] [
SpringerLink]
[PDF]
Multisensory Conflict Impairs Cortico-Muscular Network Connectivity and Postural Stability: Insights from Partial Directed Coherence Analysis
Guozheng Wang1,2,3 · Yi Yang3
· Kangli Dong1
· Anke Hua3
· Jian Wang3,4 ·
Jun Liu1,2
2024,40(1):79–89 [
Abstract] [
SpringerLink]
[PDF]
A Novel Retrograde AAV Variant for Functional Manipulation of Cortical Projection Neurons in Mice and Monkeys
Yefei Chen1,2 · Jingyi Wang2,3 · Jing Liu1,2 · Jianbang Lin2,3 · Yunping Lin2
· Jinyao Nie2
· Qi Yue2
·
Chunshan Deng2,3,4,5 · Xiaofei Qi1 · Yuantao Li1,6 · Ji Dai2,3,4,5 · Zhonghua Lu2,3,4,5,7
2024,40(1):90–102 [
Abstract] [
SpringerLink]
[PDF]
Neuronomodulation of Excitable Neurons
Yizhang Chen1
· Lin Xiao2 · Jian Qiu3
2024,40(1):103–112 [
Abstract] [
SpringerLink]
[PDF]
Stem Cell-Based Hair Cell Regeneration and Therapy in the Inner Ear
Jieyu Qi1 · Wenjuan Huang2
· Yicheng Lu1
· Xuehan Yang1
· Yinyi Zhou1
·
Tian Chen1
· Xiaohan Wang1
· Yafeng Yu3
· Jia‑Qiang Sun4
· Renjie Chai1,5,6,7
2024,40(1):113–126 [
Abstract] [
SpringerLink]
[PDF]
Effects of Thirty Days Isolation on Attention Networks: A Behavioral and Event-related Potential Study
Jingda Feng1,2 · Bin Wu2
· Ziqing Cao2
· Hailong Chen3
· Tianjun Lan4
· Haibo Qin2
·
Yusheng Shi2
· Weifen Huang2
· Yinghui Li3
2024,40(1):127–132 [
Abstract] [
SpringerLink]
[PDF]
Developmental Patterns and Gender Differences of Vocal Production in Marmoset Monkeys
Ruixin An1,2 · Chaocheng Lu3
· Chen Wang4
· Liangtang Chang4
· Junfeng Huang4,5 ·
Fan Jiang1
· Tian‑Le Xu1,2,6 · Neng Gong4,6
2024,40(1):133–138 [
Abstract] [
SpringerLink]
[PDF]
From Acupoints to Mylohyoid: Revealing the Neural Circuitry Basis of Electroacupuncture for Dysphagia
Xiaoli Da1
· Xuhong Jiang2
· Lihong Li3
· Cenglin Xu1,3 ·
Zhong Chen1
2024,40(1):139–142 [
Abstract] [
SpringerLink]
[PDF]
Targeting the Central Histamine H2 Receptor: New Hope for Schizophrenia?
Wenkai Lin1
· Xuemin Yu1
· Xinyan Zhu1
2024,40(1):143–145 [
Abstract] [
SpringerLink]
[PDF]
Hong et al. investigate the fate specification and migration pattern of astrocytes derived from radial glia along the wall of the third ventricle (3V) during the development of the diencephalon. Consistent with the CAG-EYFP labeling results of the radial glia based on in-utero electroporation, progenitors in the 3V wall electroporated with the hGFAP-EGFP plasmid or transduced with the hGFAP-EGFP lentivirus differentiate into astrocytes in the dorsal diencephalon. On the cover, the butterfly represents the diencephalon. The body of the butterfly represents the 3V. The cover illustrates the radially migrating newborn astrocytes arising from radial glia in the dorsal diencephalon. See pages 1–16. (Cover provided by Song Qin)
